201020395 六、發明說明： 【發明所屬之技術領域】 本發明係有關—種能解決核廢料安全儲存問題， 貢獻的固態電容發電機，尤指這是 ：::顯著 力的固態電容發電機。 種叮用於核廢枓產生再生電 【先前技術】201020395 VI. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a solid-state capacitor generator that can solve the problem of safe storage of nuclear waste, especially a solid-state capacitor generator that is ::: significant force. Species used for nuclear waste to produce regenerative electricity [Prior Art]
按，產業所需要的電力’核能發電雖具有其經濟效益，但 造的核子紐，若不駐讀存，㈣環境造雜大的影響世 界上有核能電廠賴家’皆存在有廢核料安全齡上的共 題’至今仍無理想的方法加以解決。 習用中華民國發明公開公報第2 〇 〇 7 2 9 7 〇 7號「用於解 析系統電路的頻·」專利案’可以被用來動態阻抗匹配，並推 導建構出無窮級共振艙，解開系統對偶性難題，有利非線性動態 系統穩定化，並包括動態因素調整、動態適應性阻尼，適應性全 通慮波器均可獲得完整解析；有了無窮級共振艙，這使通過的電 通量可作振蘯與阻尼效應，並且讓電通量可被交連麵合出來利用 的可能性得到了進展，然而，核子廢料所帶的能屬於輻射能之一 種’如何將輻射能吸收轉成電通量形成電能再被利用，則在技術 上仍有待突破。 【發明内容】 本發明為可用於核廢料再利用產生再生電能的固態電容發電 機’係由一生電部至少二個吸能板圍住一可置入核廢料的電場， 利用該二個吸能板的介電效應吸收電場中散射之輻射能轉成電通 量；藉由該二個吸能板與一無窮級共振艙電性連接之振盪與阻尼 作用，則使電通量在形成自然頻率電能後，被一高頻變壓器交連 3 201020395 麵合出來’並通過介電迴路，存在電容電池中作為控制器及負載 的輸入端。 本發明為可驗核廢料再_產生再生電__電容發電 機’固態電容是由介電電容舰’即非實體的電容[是由介電 效應產生電容性質；介電電容的構成，是將Cnt奈米碳管 (Carbone Nano Tube)與實體介電電容’例如鈦酸鋇（㈣池）結 合；CN^奈米碳管本身的介電因子是電子，而—般電容的介電 因子是電荷’賴是電子的運動，形成電子流，等效於-般導體， ❿且電子流的路徑將有窮多組，不同於一般金屬表面電流路徑只有 -條；換言之，C N T奈米碳管受電場的作用，路徑會變化，但 不像-般導體-樣，路徑只有一條；⑶丁奈米碳管加上欽酸頻 (BaTi〇3)實體介電電容’將庫倫定律反過來作，電場散射，將電 通量轉電能，即電容器性質，而此一電場為定值（常數），可以是 核子廢料。廢子廢料所帶的能屬於_能之—種，平常呈現衆態， 以不穩定方式散射構成迴路，在被_後可叫再生，這^再 生電能呈電場（電通量）模式出現，必需透過阻尼器（無窮級共 ❹振擒）將再生電轉合出來’否則瞬間將消失於無形；閃電也是盆 中-種’利用RF射頻天線原理將駐波比等於工，介電是首要^ 量，還需要有導體特性。 本發明之主要目的係在提供—種可驗核廢料制用產生再 生電能的固態電容發電機，係至少包括一生電部、一無窮級共振 搶、一介電迴路及一組電容電池； 該-生電部，係由-可供核廢料置人的電場及至少二個圍住 電場固定的吸能板所構成；該二個吸能板，均分別是將⑶丁奈 米碳管加樹脂充分混合，再以油墨印刷於以p C板為支架的正二 形平板上，並與平板上四個電極電性連接，且平板上之四個電極 201020395 接由該接點’使二個吸能板與無窮級共振艙的二 及-共振餘，係由—實體介電電容、—實體介電電感 成’且該實體介電電感處，並配合有一高頻 从〃電迴路’係與配合無窮級共振艙之該高頻變壓器呈電 性連接； 該-組電容電池，係與該介電迴路電性連接； ® 如此彻生電部該二吸能板之介電效應吸收電場散射之輻 射能轉成電通量’再經無級共編^的振蘯、阻尼侧形成自然 頻率電能後’由高㈣㈣交料合出來，並通過介電迴路的介 電作用’將電能存在電容電池中作為控制器及負載的輸入端；據 以核廢料可再被利用生成再生電力供產業使用，有效解決核廢料 安全儲存之棘手問題，對環保提供顯著貢獻。 本發明之次一目的係在提供一種可用於核廢料再利用產生再 生電食二的固態電容發電機’其中，該生電部之吸能板，是將CN ❹ Τ奈米碳管加樹脂充分混合，以油墨印刷於以p c板為支架的平 板單面或雙面上，且平板可以不一定呈平板狀，據以避免輻射能 外汽。 本發明之另一目的係在提供一種可用於核廢料再利用產生再 生電能的固態電容發電機，其中，該無窮級共振艙之實體介電電 容，可以為實體的鈦酸鋇（BaTi〇3)介電電容器，由實體的鈦酸鋇 (BaTiOa)介電電容器兩個電極延伸與二吸能板電性連結，利用二 吸能板C NT奈米碳管電子流介電特性吸收輻射能（或rf ),以 及藉由實體鈦酸鋇（BaTiOO介電電容器具有的電荷介電特性，據 以使無窮級共振艙達到1〇 〇%振盪。 201020395 本發明之另-目的係在提供-種可用於核廢料再利用產生再 生電能的固態電容發電機，其中，該介電迴路，係由與該高頻變 壓器電性連接之二極體與電容所構成，據以高頻變壓器從無窮級 共振艙交連耦合出來的電能，形成介電作用，並對電容電池^產生 充電。 【實施方式】 -種可用於核廢料再_產生再生電能的_電容發電機， 如圖1、2 ’係至少包括-生電部1〇、一無窮級共振艙2 〇、 @ 一介電迴路3 〇及一組電容電池4 〇 ; 該生電部1 〇，係由一可供核廢料置入的電場1 1及至少 二個圍住電場1 ；!狀的吸能板i 2所構成；該二個吸能板工 2，均分別是將cNT奈米碳管！2 〇加樹脂充分混合，再以油 墨印刷於以PC板為支架的正方形平板χ 2 i上，並與平板工2 1上四個電極電性連接，且平板i 2 !上之喃電極並共接成一 接點’由該接點’使二個吸能板12與無窮級共振餘2 0的二極 延伸呈電性連接； 該一無窮級共振艙2 0，係由一實體介電電容2 ^、一實體 介電1：感2 2及HIP且尼器2 3所構成，且該實體介電電感2 處，並配合有一高頻變壓器2 4 ; 該一介電迴路3 0，係與配合無窮級共振艙2 〇之該高頻變 壓器2 4呈電性連接； 該一組電容電池4 0，係與該介電迴路3 〇電性連接； 如此’利用生電部10該二吸能板2 〇之介電效應吸收電場 11散射之輻射能轉成電通量，再經無窮級共振艙2 〇的振盪、 阻尼作用形成自然頻率電能後，由高頻變壓器24交連耦合出 來，並通過介電迴路的介電作用，將電能存在電容電池4 〇中作 201020395 為控制器及貞載5 Q的輸人端，據以核廢料可再被利用生成再生 電力供產業烟，有效解決核廢料安全齡之棘手問題，對環保 提供顯著貢獻。 ” 根據上述實施例，其中，如圖1、2，該生電部1〇之吸能 板12 ’是將cNT奈米碳管！2Q加樹脂充分混合，以油墨印 刷於以PC板為支架的平板丄2丄單面或雙面上，且平板工2工 可以不一定呈平板狀，據以避免輻射能外洩。 根據上述實施例，其中，如圖丄，該無窮級共振艙2 〇之實 © 體介電電容2 1，可以為實體的鈦酸鋇（BaTi〇3)介電電容器，由 實體的鈦酸鋇（BaTi〇3)介電電容器兩個電極延伸與二吸能板1 2 電性連結，_二吸眺1 2CNT奈米碳管電子流介電特性吸 收輻射能（或RF)，以及藉由實體鈦酸鋇（BaTi〇〇介電電容器 具有的電荷介電特性’據以使無窮級共振艙2 〇達到丄〇 〇%振 盪。換言之，當延伸電極是一般金屬導體時，基於電的彈性，反 射電子大於吸收電子，高頻輻射能（或RF)勢必有外洩疑慮， 而介電行為是1〇 〇%吸收，CNT奈米碳管i 2 Q (電子流介 e 電）本身將是好的輻射能（或rf)吸收材料。 ▲根據上述實施例，其中，如圖i，該介電迴路3 〇，係由與 該间頻變壓器2 4電性連接之二極體電容]^、d2 (高頻響應的 超級電容）所構成，據以高頻變壓器2 4從無窮級共振擒2 〇交 連轉合出來的電能’形成介電作用，並對電容電池4〇產生充電。 經由上述實施例，本發3柯麟核廢料再_產生再生電能 的固態電容發電機，具備有以下特性： 1 ·由電子流介電變成電荷介電 2 ·充電與放電路徑相反 3 ·電通量決定於核廢料輻射能量 7 201020395 4 ·由於共振狀態，電容電池充滿自動停止充電 5 ·因為電通量、磁通量表超高頻，任何導體呈電感狀態 也就是’核廢料是帶高頻高能的輻射體，材料本身極度不穩 定’電子電荷，時時刻刻被分開與再重組，今透過共振艙將此為 未知的能萃取出來’意指在共振狀態將電能吸出，屬理想的高頻 充電器’故萃取出來的電能儲存，屬高響應的電容電池。整體而 言’無窮級共振艙扮演振盪與阻尼的角色，將光速減到自然頻率。 顯然，本發明將是最理想的核廢料處理設備。According to the electricity demanded by the industry, nuclear power generation has its economic benefits, but if it is not stored, (4) the impact of environmental pollution, there are nuclear power plants in the world, there are waste materials safety. There is still no ideal way to solve the problem of age. Conventional Republic of China Inventions Bulletin No. 2 〇〇7 2 9 7 〇7 "Frequency for Resolving System Circuits" Patent Cases can be used for dynamic impedance matching, and derivation of constructing an infinite-order resonant capsule, unraveling the system The duality problem is beneficial to the stabilization of nonlinear dynamic systems, including dynamic factor adjustment and dynamic adaptive damping. The adaptive all-pass filter can obtain complete analysis. With the infinite resonant cabin, this allows the passed electric flux to be As a result of vibration and damping effects, and the possibility that the electric flux can be used in conjunction with the cross-section, the possibility that the nuclear waste can be a kind of radiant energy is how to convert the radiant energy into electric flux to form electric energy. If it is used again, there is still a technical breakthrough. SUMMARY OF THE INVENTION The present invention is a solid-state capacitor generator that can be used for recycling waste energy to generate regenerative electric energy. The electric field of a bioelectricity unit encloses an electric field that can be placed into nuclear waste, and the two energy absorptions are utilized. The dielectric effect of the plate absorbs the radiant energy scattered in the electric field into electrical flux; the oscillation and damping of the electrical connection between the two energy absorbing plates and an infinite resonant cavity allows the electrical flux to form after the natural frequency electrical energy It is connected by a high-frequency transformer 3 201020395 and passes through the dielectric circuit. It is used as a controller and load input in the capacitor battery. The invention is capable of verifying waste material and then generating regenerative electricity __capacitor generator 'solid capacitor is made of dielectric capacitor ship', that is, a non-physical capacitor [is a capacitive property produced by a dielectric effect; the composition of dielectric capacitor is The Cbone Nano Tube is combined with a solid dielectric capacitor such as barium titanate ((4) pool); the dielectric factor of the CN^nanocarbon tube itself is electron, and the dielectric factor of the general capacitor is the charge. 'Lai is the movement of electrons, forming an electron flow, equivalent to a general conductor, and the path of electron flow will have a poor number of groups, unlike the general metal surface current path only - strip; in other words, the CNT nanocarbon tube is subjected to an electric field. The role, the path will change, but unlike the conductor-like, there is only one path; (3) the butadiene carbon tube plus the acid-capacitance (BaTi〇3) physical dielectric capacitance 'converts Coulomb's law, electric field scattering The electric flux is converted into electrical energy, that is, the nature of the capacitor, and the electric field is a constant value (constant), which may be nuclear waste. The waste waste can be classified as a kind of energy, usually in a public state, and scatters in an unstable manner to form a loop. After being _, it can be called regeneration. This regenerative electric energy appears in an electric field (electric flux) mode, which must pass through The damper (infinite conjugate vibration) turns the regenerative electric power out 'otherwise it will disappear into the invisible moment; the lightning is also in the basin-species'. Using the RF radio frequency antenna principle, the standing wave ratio is equal to the work, and the dielectric is the primary quantity. A conductor characteristic is required. The main object of the present invention is to provide a solid-state capacitor generator for generating regenerative electric energy for the production of nuclear waste, which comprises at least a electricity generation part, an infinite resonance, a dielectric circuit and a set of capacitor batteries; The Electricity Generation Department consists of an electric field for nuclear waste disposal and at least two energy-absorbing panels fixed around the electric field; the two energy-absorbing panels are respectively filled with (3) butadiene carbon tubes and resin. Mixing, and then printing on the positive dimorphic plate with the p C plate as a support, and electrically connecting with the four electrodes on the flat plate, and the four electrodes 201020395 on the flat plate are connected by the contact point to make two energy absorbing plates The two-and-resonance residuals of the infinite-order resonant cabin are formed by a solid dielectric capacitor, a solid dielectric inductor, and a dielectric inductor, and a high frequency from the electrical circuit. The high-frequency transformer of the resonance chamber is electrically connected; the group-capacitor battery is electrically connected to the dielectric circuit; and the dielectric effect of the two energy-absorbing plates absorbs the radiant energy of the electric field scattering Into the electric flux 'after the stepless co-editing ^ After the natural frequency electric energy is formed on the dam and the damping side, 'the high (four) (four) material is combined and passed through the dielectric function of the dielectric circuit to store the electric energy in the capacitor battery as the input end of the controller and the load; The use of generated renewable electricity for industrial use, effectively solve the thorny problem of safe storage of nuclear waste, and contribute significantly to environmental protection. A second object of the present invention is to provide a solid-state capacitor generator that can be used for recycling nuclear waste to produce regenerative electric food. [The energy absorbing plate of the electricity generating portion is sufficient to add CN Τ Τ nano carbon tube to resin. The ink is printed on one or both sides of the flat plate with the pc plate as a support, and the flat plate may not necessarily have a flat shape, so as to avoid radiant energy. Another object of the present invention is to provide a solid capacitor generator that can be used for recycling nuclear waste to generate regenerative electric energy, wherein the physical dielectric capacitance of the infinite resonant tank can be a solid barium titanate (BaTi〇3). The dielectric capacitor is electrically connected to the two energy absorbing plates by a solid electrode of a barium titanate (BaTiOa) dielectric capacitor, and absorbs radiant energy by using a dielectric material of a second energy absorbing plate C NT carbon nanotube (or Rf), and by solid barium titanate (the charge dielectric property of the BaTiOO dielectric capacitor, according to which the infinite resonance capsule reaches 1% oscillation. 201020395 Another object of the present invention is to provide The nuclear waste reuses a solid-state capacitor generator that generates regenerative electric energy, wherein the dielectric circuit is composed of a diode and a capacitor electrically connected to the high-frequency transformer, and the high-frequency transformer is connected from the infinite-order resonance cabin. The coupled electric energy forms a dielectric function and charges the capacitor battery. [Embodiment] - a _capacitor generator that can be used for nuclear waste and then generates regenerative electric energy, as shown in Fig. 1, 2' Included - a power generation unit 1 一, an infinite level resonance cabin 2 〇, @ a dielectric circuit 3 〇 and a set of capacitor batteries 4 〇; the power generation unit 1 〇, is an electric field 1 for nuclear waste disposal 1 and at least two energy absorbing panels i 2 surrounding the electric field 1 ;!; the two energy absorbing panels 2 are respectively mixed with cNT carbon nanotubes! 2 〇 plus resin, and then ink It is printed on a square plate χ 2 i with a PC board as a support, and is electrically connected to the four electrodes on the flat plate 2 1 , and the electrodes on the flat plate i 2 ! are connected together to form a contact 'from the joint' The two energy absorbing panels 12 are electrically connected to the two-pole extension of the infinite-order resonance residual 20; the infinite-order resonant cabin 20 is composed of a solid dielectric capacitor 2^, a physical dielectric 1: sense 2 2 and HIP and the device 2 3, and the physical dielectric inductor 2, and is equipped with a high-frequency transformer 24; the dielectric circuit 30, and the high frequency of the infinite-order resonant cabin 2 The transformer 24 is electrically connected; the set of capacitor batteries 40 is electrically connected to the dielectric circuit 3; thus, the dielectric effect of the two energy absorbing panels 2 is utilized by the power generation unit 10 The radiant energy scattered by the absorption electric field 11 is converted into an electric flux, and then the natural frequency electric energy is formed by the oscillation and damping of the infinite resonance cabin 2, and then the high-frequency transformer 24 is connected and connected, and the dielectric function of the dielectric circuit is passed. The electric energy is stored in the capacitor battery 4 as 201020395 for the controller and the input terminal of the 5 Q. According to the nuclear waste, it can be reused to generate renewable electricity for industrial cigarettes, effectively solving the thorny problem of nuclear waste safety age. A significant contribution is provided. According to the above embodiment, wherein, as shown in FIGS. 1 and 2, the energy absorbing plate 12' of the electricity generating portion 1 is a mixture of cNT carbon nanotubes! 2Q and resin, and ink is printed on the PC. The plate is a bracket of the 丄 2 丄 on one or both sides, and the plate worker 2 may not necessarily have a flat shape, in order to avoid leakage of radiant energy. According to the above embodiment, wherein, as shown in FIG. 丄, the infinite resonant cavity 2 is a solid barium titanate (BaTi〇3) dielectric capacitor, which is composed of a solid barium titanate. (BaTi〇3) Two electrodes of the dielectric capacitor extend electrically connected to the two energy absorbing plates 1 2, _ two sputum 1 2CNT carbon nanotubes electron flow dielectric properties absorb radiant energy (or RF), and by the entity Barium titanate (the charge dielectric property of a BaTi〇〇 dielectric capacitor) is such that the infinite resonant cavity 2 〇 reaches 丄〇〇% oscillation. In other words, when the extended electrode is a general metal conductor, based on electrical elasticity, reflection The electrons are larger than the absorption electrons, and the high-frequency radiant energy (or RF) is bound to have external suspicion, while the dielectric behavior is 1% absorption, and the CNT carbon nanotubes i 2 Q (electron flow e-electricity) itself will be good. The radiant energy (or rf) absorbing material. ▲ According to the above embodiment, wherein, in Fig. i, the dielectric circuit 3 〇 is a diode capacitor electrically connected to the intermediate frequency transformer 24, ^2, d2 ( High-frequency response of the supercapacitor), according to the high-frequency transformer 24 from the infinite resonance 擒 2 The electrical energy transferred from the cross-connects 'forms a dielectric effect and charges the capacitor battery 4 。. According to the above embodiment, the solid-state capacitor generator of the third generation of regenerative electric energy has the following characteristics: 1 · From electron flow dielectric to charge dielectric 2 · Charge and discharge path opposite 3 · Electric flux is determined by nuclear waste radiant energy 7 201020395 4 · Due to resonance state, capacitor battery is fully charged to stop charging automatically 5 · Because of flux, flux meter Ultra-high frequency, any conductor is inductive state, that is, 'nuclear waste is a high-frequency high-energy radiator, the material itself is extremely unstable' electronic charge, which is always separated and recombined, which is unknown through the resonance cabin. It can be extracted, which means that the electric energy is sucked out in the resonance state, which is an ideal high-frequency charger. Therefore, the extracted electric energy storage is a highly responsive capacitor battery. Overall, the 'infinite-order resonant cabin plays the role of oscillation and damping. The speed of light is reduced to the natural frequency. Obviously, the invention will be the most ideal nuclear waste treatment equipment.
以上說明，謹屬本發明方法較佳具體實施例，舉凡就上述實施 例所作之等效方法簡易變更，仍應屬本發明技術範疇。 【圖式簡單說明】 圖1係本發明構造及電路示意圖 圖2係本發明吸能板構造示意圖 【主要元件符號說明】The above description is intended to be a preferred embodiment of the method of the present invention, and it should be within the technical scope of the present invention to make simple changes to the equivalent methods of the above embodiments. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing the structure and circuit of the present invention. FIG. 2 is a schematic view showing the structure of an energy absorbing plate according to the present invention.
生電部1 〇 吸能板1 2 平板1 2 1 實體介電電容21 動態阻尼器2 3 介電迴路3 0 電容G、C2 控制器及負載5 0 電場1 1 奈米碳管12 〇 無窮級共振艙2 〇 實體介電電感2 2 高頻變壓器2 4 二極體D1、d 2 電容電池4 〇Electricity generation unit 1 〇 energy absorbing plate 1 2 plate 1 2 1 solid dielectric capacitor 21 dynamic damper 2 3 dielectric circuit 3 0 capacitor G, C2 controller and load 5 0 electric field 1 1 carbon nanotube 12 〇 infinite Resonance chamber 2 〇 physical dielectric inductance 2 2 high frequency transformer 2 4 diode D1, d 2 capacitor battery 4 〇